Ionic Bonds

[@jonathoncreswell3191]

Your lecture's are excellent, I'm doing some studying on semi-conductors and this is a perfect outline from the micro to the macro mechanics of what is going on. Thank you for your time.

[@athituswa1267]

lol the coughing part is funny,thanks a lot for the vid,you guys make chemistry easy,thanx

[@AKLECTURES]

:) glad to hear it

[@ОксанаСнисаренко-ы7ф]

Finally I understand chemical bonds! Thank you sir!

[@nathaliatavares5255]

Hey, I have a question regarding the outer electrons. Thinking of the chlorine's electronic configuration ([Ne] 3s2 3p5), we have 10 inner electrons (not 12), and those 10 electrons are called inner electrons because they have the electronic configuration of Ne. So, we have 7 in the outer shell (n=3) subdivided in 3s and 3p orbitals, right? We used to call those electrons valence electrons. For halogens, 7 valence electrons. So, thinking of it that way, this means a net charge of +7. Why did you consider just the 3p5 electrons?

[@arch-plnr.rezakaiser2821]

Dont electrons repell each other as they come by?

[@jonathoncreswell3191]

at 7:04 wouldn't the 3p^4 Orbital distribution have a Parabolic type shape instead of a Donut shape?

[@PyroSn4ke]

p-orbitals look like dumbbells or peanuts not like a torus or donut, is was wondering about this as well. But since I didn't find any source saying it looks like a donut I think it's just a minor mistake in the video.

[@jonathoncreswell3191]

@@PyroSn4ke Yea, I dont think the orbitals were the focus here. Having the idea that they travel in different distributions is concise enough. kzbin.info/www/bejne/e6jJaIWii7N1iaM